“…6,7 Electrochemical investigations have shown that the intrinsic structure of the POx films significantly influences the charge transfer resistance of the coating independently of the film thickness. 8 Importantly, careful optimization of the deposition conditions was required to balance the POx films' electrochemical performance and their stability to external processing, such as incubation steps, rinse cycles, and repeated current exposure.…”
Plasma deposited polyoxazoline thin films (POx) are a promising solution for the rapid, scalable, and substrate-independent immuno-functionalization of electrochemical biosensors.
“…6,7 Electrochemical investigations have shown that the intrinsic structure of the POx films significantly influences the charge transfer resistance of the coating independently of the film thickness. 8 Importantly, careful optimization of the deposition conditions was required to balance the POx films' electrochemical performance and their stability to external processing, such as incubation steps, rinse cycles, and repeated current exposure.…”
Plasma deposited polyoxazoline thin films (POx) are a promising solution for the rapid, scalable, and substrate-independent immuno-functionalization of electrochemical biosensors.
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